POF control of smart intelligent structures for an hollow composite beam

Arunkumar Gowdru, T. Manjunath, Spoorthi Jainar, Satvik M. Kusagur
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Abstract

This paper highlights the showing, plan and control of a splendid structure using the possibility of irregular yield info and fast yield investigating feedback control law. Accumulated piezoelectric patches are braced as sensor/actuator to the master structure at a particular restricted segment range on the pole, i.e., near to the adjusted end of the composite box column. The pole structure is shown in state space structure using the possibility of piezoelectric theory, the bar speculation and the Finite Element Method. The column is subjected to an external unsettling impact (say, inspiration or sine or unpredictable excitation). POF controller is expected for the insightful composite box column. Right when the illustrated controller is set tuned in with the plant, the plant performs well and the vibrations are damped out in a snappier time. The execution of the formed controller is thus surveyed for vibration control and the conclusions are drawn, the amusement comes about exhibit the effect of the laid out controller.
空心组合梁智能结构的POF控制
本文重点研究了利用不规则产量信息的可能性和快速产量调查反馈控制律对结构的显示、规划和控制。累积的压电片作为传感器/致动器在杆子上的特定限制段范围内支撑到主结构上,即靠近复合箱柱的调整端。利用压电理论的可能性、杆的推测和有限元法,在状态空间结构中表示了极点结构。柱受到外部令人不安的影响(例如,灵感或正弦或不可预测的激励)。POF控制器预计为富有洞察力的复合箱柱。当所示控制器与植物设置在一起时,植物表现良好,振动在更短的时间内被抑制。通过对成形控制器在振动控制中的执行情况进行考察,得出结论,并对布置控制器的效果进行了有趣的展示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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